Mastering Copper & Refractory Metals (W, Ta, Nb)

By leveraging the high absorption rate of the 532nm green laser, the system overcomes energy coupling barriers, delivering parts with superior mechanical and thermal properties for challenging materials: 

-Pure Copper Performance: 

Density: ≥99.8% 

Electrical Conductivity: ≥101% 

IACS Thermal Conductivity: ≈400 W/(m·K) 

Min. Wall Thickness: 0.1 mm 

-Refractory Metals Performance: 

Material: W, Ta, Nb & Alloys 

Density: ≥99% (Tungsten) 

Min. Wall Thickness: 0.08 mm (Ultra-fine structures)

High Absorption Efficiency for highly-reflective & Refractory Metals

The 532nm green laser offers ~10x higher absorption for Pure Copper compared to IR lasers. This enables not only high-speed processing of copper alloys but also the stable melting of Refractory Metals (W, Ta, Nb), effectively eliminating defects caused by unstable energy coupling.

Open Platform & Agile R&D

Built for exploration. 

The system features fully open process parameters and requires minimal powder volume for start-up. 

This allows researchers to rapidly test new materials and iterate geometries with low cost and high flexibility.